Neurons
generate an electrical spike when the flow of ions across the cell membrane rises above a set threshold.
The following year, based on experiments in the giant squid axon, British biophysicists Alan Hodgkin and Andrew Huxley described how ion flow across the cell membrane
generates the electrical spikes — called action potentials — that constitute these signals.
Not exact matches
The neuron accumulates its incoming
electrical signals from connecting neurons through several terminals, and
generates a short
electrical pulse, known as a
spike, when its threshold is reached.